07-3. 電磁気学 ビオサバールの法則

#Electromagnetism #MagneticField #Biot-Savart'sLaw This is the second of the seventh lecture series on electromagnetism. This is a university-level introductory course, and this time we'll be discussing Biot-Savart's law. ★Click here for Professor Delta's recommended electromagnetism textbooks and reference books. https://note.com/delta_phy/n/nadd20d6... https://amzn.to/404iLH8 01. University-Level Electromagnetism: Overview    • 01 大学の電磁気学基礎 全体像   02. University-Level Electromagnetism: Coulomb's Law, Vector Integration    • 02 大学の電磁気学 クーロンの法則 ベクトルの積分   03-1. University-Level Electromagnetism: Electric Fields and Gauss's Law (Lines of Electric Force)    • 03-1.大学の電磁気 電場とガウスの法則（電気力線）   03-2. University-Level Electromagnetism Integral Form of Gauss's Law    • 03-2.大学の電磁気学 ガウスの法則の積分形   03-3. College Electromagnetism Exercise: Integral Form of Gauss's Law for a Rod-Shaped Charge Distribution    • 03-3.大学の電磁気学演習棒状電荷分布のガウスの法則の積分形   03-4. College Electromagnetism: Gauss's Law for a Cylindrical Charge Distribution    • 03-4.大学の電磁気学 ガウスの法則 円柱状の電荷分布   03-6. College Electromagnetism: Differential Form of Gauss's Law    • 03-6. 大学の電磁気学 ガウスの法則の微分形   04-1. College Electromagnetism: Electrostatic Potential (Electric Potential and Potential Difference)    • 04-1. 大学の電磁気学 静電ポテンシャル（電位と電位差）   04-2. College Electromagnetism: Electrostatic Potential 2: gradV and the Poisson Equation    • 04-2. 大学の電磁気学 静電ポテンシャル2 gradVとポアソン方程式   05-1. When an Electric Field and Charge are Applied to a Conductor Electrostatic Shielding    • 05-1. 導体に電場・電荷を与えた場合 静電遮蔽   05-2. College Electromagnetics: Capacitors and Electrostatic Energy    • 05-2. 大学の電磁気学コンデンサと静電エネルギー   05-3. College Electromagnetics Exercises: Electrostatic Energy of a Spherical Charge Distribution    • 05-3. 大学の電磁気学演習 球状の電荷分布の静電エネルギー   05-4. College Electromagnetics Exercises: Electrostatic Energy of a Conducting Sphere or Shell    • 05-4. 大学の電磁気学演習 導体球球殻の静電エネルギー   06-1. Dielectric Constant, Electric Susceptibility, Polarization Vector, and Dielectric Polarization of Dielectrics    • 06-1. 誘電体の比誘電率、電気感受率、分極ベクトル、誘電分極   06-2. Dielectrics: Electric Flux and Electric Flux Density    • 06-2. 誘電体 電束と電束密度   06-3 Capacitor Behavior and Electrostatic Energy with a Dielectric Insert    • 06-3 誘電体を入れた時のコンデンサのふるまいと静電エネルギー   06-4. Electromagnetism: rotE and Refraction of the Electric Field    • 06-4. 電磁気学 rotEと電場の屈折   07-1. Electromagnetism: Electric Current, Current Fraction, Current Density, and Conservation of Charge    • 07-1.電磁気学 電流、電流素片、電流密度、電荷保存則   07-2. Electromagnetism: Ampere Force, Lorentz Force, Magnetic Field, and Magnetic Flux Density    • 07-2. 電磁気学 アンペア力・ローレンツ力・磁場・磁束密度   Electromagnetism Playlist    • 電磁気学   0:00 Title 0:18 Video Content 1:39 Overview of Electromagnetism 2:14 Correspondence between Electric and Magnetic Fields (Electrostatic and Static Magnetic Fields) 3:03 Review of Prerequisite Knowledge 10:16 What is Biot-Savart's Law? 15:29 Comparison with Electric Fields 22:16 Integral Form 26:18 Let's Integrate 36:00 Magnetic Field for Circular Current 40:59 Summary